74VHCT595D-Q100J

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Shift registers are a class of digital circuits whose main purpose is to store and process parallel input data into a serial output. They are usually used for data transmission and communications systems. The 74VHCT595D-Q100J is a typical example of a shift register. This register is intended for use in applications requiring a low-power logic device that can rapidly shift in and out data. It is suitable for shifting a wide variety of parallel data signals, including those with both high and low pulse rates.

The 74VHCT595D-Q100J is a 8-bit shift register, which means it can store up to 8 bits of data. Its datasheet states that it has an input voltage range of 4 to 5.5V and an operating temperature range of -40 to 125°C. Its typical delay times are 20ns for clock high to output valid and 20ns for clock low to output valid.

The 74VHCT595D-Q100J has three operating modes called Serial Data, Data Out, and Data Input. In Serial Data mode, the register shifts data into and out of the device at the same clock rate. In Data Out mode, the data is shifted out at a slower rate than it is clocked in, allowing multiple outputs to be combined in a common register. In Data Input mode, data is shifted into the register at a much slower rate than it is shifted out, providing an easy way to transfer data from larger registers into the 74VHCT595D-Q100J.

The most common applications for the 74VHCT595D-Q100J are databasing, port-to-port communication, and multimedia data transmission. It is also used in embedded systems, clocks, and exercise equipment. In addition, shift registers like the 74VHCT595D-Q100J are preferred for their low power consumption and small size.

As with all digital circuits, the 74VHCT595D-Q100J has three major parts: memory cells, control logic and output. The memory part controls the flow of data, while the control logic component decides when and how data is to be shifted. The output component sends the data out as serial bits. When data is shifted in, the clock signal is used to determine when and how the data is shifted in and out. The clock signal is connected to the input on the register and to the control logic component. When the clock signal is high, data is shifted in, and when it is low, data is shifted out.

To sum up, the 74VHCT595D-Q100J is a 8-bit shift register primarily used for data transmission and communications systems. It has multiple operating modes, low power consumption and small size, making it ideal for embedded systems, clocks and exercise equipment. Its control logic component is responsible for deciding when and how data is to be shifted in and out, as controlled by the clock signal.

The specific data is subject to PDF, and the above content is for reference